基于web的智能水箱

Linda Bekti Nurdiyana, Prahenusa Wahyu Ciptadi, R. Hardyanto
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引用次数: 0

摘要

在这个现代时代,自动化设备主宰着人类的生活,因为它可以减轻人类的工作负担。各种实用和灵活的电子设备已经被创造出来,以帮助人们更容易地满足他们的需求。本研究利用微控制器,利用互联网和网站作为监控数据的可视化,设计了一个自动水箱监控系统。该智能水箱由pH传感器、浊度传感器和TDS传感器组成。此外,还有水位检测水箱内的水位,电磁阀作为自动水龙头,水流量计算充满水箱的水的排放量。当tds传感器和浊度传感器检测到水处于不良状态时,它将自动排出污水。排水孔排完后,检测水位,然后水泵自动开启。这款智能水箱的目的是让用户更容易实时、准确地监控水箱。测试结果表明,每次检测到浊度超过25 NTu, Tds超过1000 mg / l时,即使水库处于满状态,水也会自动浪费。测试结果也证明了该系统能够通过发送水数据并将其显示在web www.tandonair.online上工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Water Tank Web-based
In this modern era, automatic equipment dominates human life because it can ease the burden of human work. A variety of practical and flexible electronic devices have been created to help people more easily meet their needs. This research designed an automated water tank monitoring system using microcontrollers and utilizing the internet and websites as visualization of monitoring data. This smart water tank consists of pH sensors, turbidity sensors, and TDS sensors. In addition, there is a water level to detect the water level in the reservoir, a solenoid valve as an automatic faucet, and water flow to calculate the discharge of water that fills the reservoir. When tds sensors and turbidity sensors detect water in a bad state it will automatically drain the Tandon. After the water drain is drained, the water level will be detected and then the water pump will automatically turn on. The purpose of this smart water tank is to make it easier for users to monitor the water tank in real time and accurately. The results of the test were carried out that every time the water detects turbidity levels above 25 NTu and Tds above 1000 mg / l then the water will be automatically wasted even though the reservoir is in full condition. The test results also proved the system is able to work by sending water data and displaying it on the web www.tandonair.online.
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